Welcome to A2N 3D Importer: Revolutionizing Sheet Metal Unfolding

The new Lantek Assembly to Nesting (A2N) is an advanced importer for 3D parts and assemblies designed for nesting, cutting, and/or cost estimation. This innovative software delivers unmatched performance, precision, and integration.

Seamless 3D CAD Integration

Precise Bend Deduction

Automated recognition of structures and materials

FREE DEMO

A2N 3D Importer tackles several critical issues in the sheet metal industry:

Fast and Accurate Importing

Directly imports 3D CAD files, eliminating the need for complex setups.

Error Reduction

Advanced bend deductions minimize errors in the unfolding process

Seamless Integration

Smoothly integrates with other Lantek products for a coherent workflow.

Assembly to Nesting 3D Importer Module

Discover the A2N 3D Importer, an innovative tool designed to revolutionize sheet metal unfolding. This module allows for the direct import of common 3D CAD formats, automatically recognizing material and component structures to streamline both quoting and manufacturing processes. Experience seamless integration, precise calculations, and exceptional performance with A2N 3D Importer.

A2N 3D Importer Technical Specifications

The A2N 3D Importer is equipped with advanced technical features to enhance your sheet metal processing. It offers superior speed and efficiency, seamlessly integrating with Lantek. With advanced bend deduction technology for precise calculations, it significantly reduces errors. Its versatility supports various components, including tubes, beams, and bevels as purchase parts.

Modules

BOM or Tree List
User-Defined Bend Deduction
Dissolving Assembly and Sub-Assembly
Sheet Metal Part Recognition
Tube and Beam Export

Advanced Features

Geometric adaptation for manufacturing (Notch, Slit , Technologic Corner Relief (punch , laser, neutral)).
3D Import (STEP, SolidWorks®, Solid Edge™, CATIA®, Inventor®, …)
Calculation Methods: Supports DIN standards, K-Factor, and bend deduction factors based on historical production data for precise unfolding.
Recognizes standard chamfer shapes (V, X, and K).
Bend lines marking
Default material for assembly structure
Metric and Imperial mode

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